… was evaluated on two nonhomogeneous simulation geometries, and we have investigated in
depth its applicability as a forward solver in fluorescence molecular imaging… to evaluate the …

… fluorescence molecular imaging simulations. Additionally, this paper is among the very few
that present three-dimensional results of a radiative transfer equation based forward solver in …

… number of fluorescence molecular imaging applications have … radiative transfer equation
and diffusion approximation model for solving the forward problem in fluorescence imaging. …

… based on diffusion approximation and evaluated by phantom … be developed using the
radiative transfer equation (RTE), … Methods for solving the diffusion equation include analytical …

… model of FMT based on the radiative transfer equation (RTE), and … The results show that the
hybrid model can approximate the … , numerical analysis method is the main solving method …

… solve the radiative transfer equation since it is an integral-differential equation and has six
independent variables. Usually, the RTE is simplified in the diffusion approximation… and hybrid …

… possible given an accurate forward model for propagation of … diffusion approximation to the
radiative transport equation (… Simulation performance is then evaluated using a whole-body …

… , 59, 66–68] is a recent hybrid imaging modality that attempts to … complicated to theoretically
analyze and numerically solve. Our … approximation to the radiative transport equation breaks …

… Also, due to high computational loads of solving the time-… the diffusion approximation (DA),
a first order approximation … In this paper, the value of A(n) is evaluated (assigned) to the …

… evaluations and corresponding reconstruction schemes to solve the fully nonlinear, optical
radiative transfer … and liver tissue), diffusion approximation does not hold; (2) diffusion …